CN101526950B - Method and system of automatic synchronization of data and terminal - Google Patents
Method and system of automatic synchronization of data and terminal Download PDFInfo
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- CN101526950B CN101526950B CN2009100385179A CN200910038517A CN101526950B CN 101526950 B CN101526950 B CN 101526950B CN 2009100385179 A CN2009100385179 A CN 2009100385179A CN 200910038517 A CN200910038517 A CN 200910038517A CN 101526950 B CN101526950 B CN 101526950B
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Abstract
The embodiment of the invention discloses a method of automatic synchronization of data. The method comprises the following steps: a first terminal monitors the connection established with a second terminal; the first terminal sends a synchronization request to the second terminal; the synchronization request contains data types needing synchronization; and the first terminal sends the synchronous data content to the second terminal and receives the synchronous data content of the second terminal. The invention also discloses a system of automatic synchronization of data and a terminal, realizes that the data synchronization is finished automatically after the connection is established with the second terminal, helps a user store the synchronous data content to the second terminal and loads the synchronous data content of the second terminal to the first terminal, therefore, the method is more convenient to use and does not need manual operation.
Description
Technical field
The present invention relates to the communications field, relate in particular to the autosynchronous method of a kind of data, the autosynchronous system of data and terminal.
Background technology
Along with the progress of society, people utilize the data of mobile phone, PDA terminal storage such as (Personal Digital Assistant, palm PCs) also more and more, and many important data contents all are stored in lane terminal.For example, people utilize mobile phone can the store electricity script for story-telling, data content such as note, audio frequency and picture.Because the ubiquity that use at said terminal and the continuous increase of data quantity stored if the user has been lost the terminal that has a large amount of significant data contents because of carelessness, will cause great loss and influence to the user so.For example; If the user the communication mode of some important commercial accounts and some useful business data storage in the middle of mobile phone; And user's mobile phone has been lost because of carelessness, so owing to look for the contact method and the important commercial data of not returning the client to cause great economic loss owing to losing to the user of these contact methods and data.
For this reason; The user generally can store the significant data at terminals such as mobile phone, PDA in the computing machine; Through storing up the important data of user at calculator memory; Even thereby guaranteed at terminals such as mobile phone, PDA under the situation of losing because of carelessness, also can not lost the significant data information of terminal stored, further cause the loss that the user is caused.And being the user, traditional mode passes through USB, WIFI (Wireless Fidelity; WLAN based on the IEEE802.11b standard), mode such as bluetooth is connected to terminals such as said mobile phone on the service terminals such as computing machine; Through manual the storing in the service terminals such as computing machine of user with the data at said terminal; With the data in the service terminals such as computing machine are downloaded to terminals such as mobile phone; But accomplishing the storage of data at every turn and downloading all needs the user manually to accomplish, and is not that each user can remember the data storage at terminals such as mobile phone is downloaded to terminals such as mobile phone when being connected with computing machine in service terminals such as computing machine and with the data in the service terminals such as computing machine; For example; The user is connected to when charging on the computing machine through USB interface with mobile phone, just might forget the storage and the down operation that carry out data, and loaded down with trivial details manual operation has also brought inconvenience to the user.
Summary of the invention
In view of this; The embodiment of the invention provides the autosynchronous method of a kind of data, the autosynchronous system of data and terminal; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
The embodiment of the invention provides a kind of data autosynchronous method, comprising:
First terminal monitoring is to connecting with second terminal, and wherein, said first terminal is a portable terminal, and second terminal is a computing machine;
Synchronization request is sent to said second terminal in said first terminal, and said synchronization request comprises needs the data in synchronization type;
The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal; The daily record of the synchrodata content that preserve at the synchrodata content that said second terminal of while is more current and second terminal judges whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal;
Said first terminal is sent the synchrodata content of upgrading and is arrived said second terminal, and receives the synchrodata content of the renewal at said second terminal;
Said first terminal is according to the synchrodata content at said first terminal of synchrodata content update of the renewal at said second terminal that receives; Said second terminal is according to the synchrodata content at said second terminal of data updated content update at said said first terminal that receives.
Preferably, the synchrodata content is sent to said second terminal in said first terminal, and also comprises after receiving the synchrodata content at said second terminal:
According to the synchrodata content of said renewal, upgrade and preserve the daily record of said synchrodata content.
Preferably, said first terminal transmission synchronization request also comprises to said second terminal before:
The said data in synchronization type that needs is set.
A kind of portable terminal of the embodiment of the invention comprises:
Monitor module, be used to listen to second terminal and connect, said second terminal is a computing machine;
The synchronization request module is used to send synchronization request to said second terminal, and said synchronization request comprises needs the data in synchronization type;
Processing module, the synchrodata content that is used to send renewal be to said second terminal, and receive the synchrodata content of the renewal at said second terminal simultaneously;
Judge module is used for the daily record of the synchrodata content of more current synchrodata content and said portable terminal preservation, judges whether the last synchrodata content daily record of the current synchrodata content of said portable terminal has had renewal;
Update module is used for the synchrodata content according to the said portable terminal of synchrodata content update of the renewal at said second terminal that receives.
Preferably, said portable terminal also comprises:
The log store module is used for the synchrodata content according to said renewal, upgrades and preserve the daily record of said synchrodata content.
Preferably, said portable terminal also comprises:
Module is set, is used to be provided with the said data in synchronization type that needs.
The autosynchronous system of a kind of data of the embodiment of the invention comprises:
First terminal; Be used to listen to second terminal and connect; Send synchronization request to said second terminal; The synchrodata content of said first terminal updating is sent to said second terminal, and receive the synchrodata content of the renewal at said second terminal, and according to the synchrodata content at said first terminal of synchrodata content update of the renewal at said second terminal that receives;
Second terminal; Be used to receive the synchronization request that send at said first terminal; The synchrodata content of said second terminal updating is sent to said first terminal; And receive the synchrodata content of the renewal at said first terminal, and according to the synchrodata content at said second terminal of synchrodata content update of the renewal at said first terminal that receives;
Said first terminal is a portable terminal, and said second terminal is a computing machine.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
Description of drawings
Fig. 1 is the process flow diagram of first embodiment of the autosynchronous method of data of the present invention;
Fig. 2 is the process flow diagram of second embodiment of the autosynchronous method of data of the present invention;
Fig. 3 is the process flow diagram of the 3rd embodiment of the autosynchronous method of data of the present invention;
Fig. 4 is the structural representation of the autosynchronous system of embodiment of the invention data;
Fig. 5 is the structural representation of first embodiment at terminal of the present invention;
Fig. 6 is the structural representation of second embodiment at terminal of the present invention.
Embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
For making the object of the invention, technical scheme and advantage clearer, below with reference to accompanying drawing to embodiment of the invention further explain.
With reference to figure 1, be the process flow diagram of first embodiment of the autosynchronous method of data of the present invention.As shown in Figure 1, this method may further comprise the steps:
Step S101, first terminal monitoring is to connecting with second terminal.
In this step; Said first terminal monitoring is to connecting with second terminal, and the user is when using first terminal to connect second terminal, and in a single day user's first terminal is connected to second terminal; Will be listened to and be connected to said second terminal; Said first terminal is connected to said second terminal, can be the mode through USB interface, also can be that the mode through WIFI and bluetooth is connected.For example, the user is when using mobile phone to be connected to computing machine through USB interface, and said mobile phone will listen to said mobile phone and connect with a computing machine, and said first terminal is a mobile phone, and said second terminal is a computing machine.
Step S102, synchronization request is sent to said second terminal in said first terminal, and said synchronization request comprises needs the data in synchronization type.
Step S103, the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.
In this step, the synchrodata content that said first terminal sends to second terminal of second terminal and reception comprises whole synchrodata contents of said synchronization data types, or the update content of said synchrodata content.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
With reference to figure 2, be the process flow diagram of second embodiment of the autosynchronous method of data of the present invention.As shown in Figure 2, this method may further comprise the steps:
Step S201, first terminal monitoring is to connecting with second terminal.
In this step, said first terminal monitoring just repeats no more at this to connecting identically with the step S101 of the said method of Fig. 1 with second terminal.
Step S202 is provided with the said data in synchronization type that needs.In concrete the realization, this step is optional.
In this step, said the said data in synchronization type that needs is set, first terminal needs to set in advance carrying out the data in synchronization type with second terminal, when not setting, is the synchronization data types of default setting.With the mobile phone is that the said data in synchronization type of example comprises; As phone directory, digital data type such as notepad; The user can be the synchronization data types of mobile phone default setting also, in case set said data in synchronization type when not being provided with simultaneously; When data sync is carried out at said first terminal and said second terminal, can the data in synchronization type can only be the data type of said setting so.
Step S203, synchronization request is sent to said second terminal in first terminal.
Step S204 judges whether said synchrodata content has renewal.
In this step; Saidly judge whether said synchrodata content has renewal; Reach synchronously at said first terminal and said second terminal; The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal; Simultaneously the daily record of the more current synchrodata content in said second terminal and second terminal synchrodata content of preserving judges whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal, said judgement when preamble data content and the daily record of synchrodata content be the synchronization data types of said setting.
Step S205, first terminal is sent the synchrodata content of upgrading and is arrived said second terminal, and receives the renewal synchrodata content at said second terminal.
In this step; Said first terminal is sent the synchrodata content of upgrading and is arrived said second terminal; And receive the renewal synchrodata content at said second terminal; When having renewal in the synchrodata at first terminal described in the said synchrodata content, just the synchrodata content with said renewal sends to said second terminal, simultaneously; When having renewal in the synchrodata at second terminal described in the said synchrodata content, just the synchrodata content with said renewal sends to said first terminal.
Step S206 is according to the synchrodata content at said first terminal of synchrodata content update of the said renewal that receives.
In this step; The synchrodata content at said said first terminal of synchrodata content update according to the said renewal that receives; First terminal receives the synchrodata content of the renewal at second terminal; Said first terminal is just according to the synchrodata content at synchrodata content update first terminal of said second terminal updating that receives; Second terminal receives the synchrodata content of the renewal at first terminal, and said second terminal is just according to the synchrodata content at synchrodata content update second terminal of said first terminal updating that receives.
Step S207 according to the synchrodata content of said renewal, upgrades and preserves the daily record of said synchrodata content.
In this step; According to the synchrodata content of said renewal, upgrade and preserve the daily record of said synchrodata content, after said first terminal and second terminal synchronizes; Said first terminal is according to the renewal synchrodata content at second terminal that receives; Upgrade the synchrodata content at said first terminal, and the synchrodata content after the said renewal is write log saving, said second terminal is according to the synchrodata content of the renewal at first terminal that receives; Upgrade the synchrodata content at said second terminal, and the synchrodata content after the said renewal is write log saving.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
Lift object lesson below; The above method is explained; For example, our first terminal is example with the mobile phone here, and said second terminal is example with the computing machine; The synchrodata content of said setting is a contact phone notebook data content in the mobile phone; Contact phone notebook data content that so can only synchronous said setting synchronously the time is supposed to set up before this is connected at said mobile phone and said computing machine, said mobile phone with the contact phone notebook data content of the computing machine record identical with daily record shown in table one.
Table one:
When said mobile phone is connected on the computing machine; Listen to said mobile phone and said computing machine connects; Send data synchronization request afterwards; Said mobile phone is connected to can make through modes such as USB interface, WIFI, bluetooths on the said computing machine and connects, and the renewal below the last synchrodata content daily record of the synchrodata content of computing machine and mobile phone described in this is subsynchronous has had is shown in table two.
Table two:
The daily record of contact phone data content that said mobile phone and computing machine are more current and contact phone data content before; Whether the said data in synchronization information that needs of judging said mobile phone and computing machine has renewal; Below be of the comparison of the contact data content of mobile phone and computing machine after the said Data Update, shown in table three with the daily record data content.
Table three:
Through contact phone data content and the daily record after the more said renewal; Judge the update content of said computing machine and said mobile phone contact phone data content; And the contact phone data content that said computing machine upgrades sent in the middle of the said mobile phone; The contact phone data content that simultaneously said mobile phone is upgraded sends in the middle of the said computing machine, and the contact phone data content that below be said mobile phone to computing machine and computing machine to the renewal of mobile phone transmission is shown in table four.
Table four:
Pass through the synchronous of said data content; Computing machine sends to mobile phone with the contact phone data content of the renewal of contact phone data content, and the contact phone data content that said mobile phone upgrades according to the said computing machine that receives upgrades the contact phone data content of said receipts.Said mobile phone sends to computing machine with the update content of contact phone data content, and the contact phone data content that said computing machine upgrades according to the said mobile phone that receives upgrades the contact phone data content of said receipts.Said computing machine and mobile phone upgrade said contact phone data content daily record separately respectively according to the contact phone data content of the said renewal that receives simultaneously.Below for the contact phone data content of computing machine after accomplishing synchronously and mobile phone and contact phone data logging shown in table five.
Table five:
With reference to figure 3, be the process flow diagram of the 3rd embodiment of the autosynchronous method of data of the present invention.As shown in Figure 2, this method may further comprise the steps:
Step S301 is corresponding one by one and identical to step S203 with the method step S201 described in said Fig. 2 to step S303, does not just add at this and gives unnecessary details.
Step S304, the synchrodata content is sent to said second terminal in first terminal, and receives the synchrodata content at said second terminal.
In this step, said first terminal sends to said second terminal with whole synchrodata contents of local terminal, and receives whole synchrodata content at said second terminal.
Step S305 judges whether said synchrodata content has renewal.
In this step; Saidly judge whether said synchrodata content has renewal; Said first terminal receives whole synchrodata contents at second terminal; Judge that said first terminal and said second terminal reach synchronously; The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal, and said second terminal receives whole synchrodata contents at first terminal simultaneously, judge the daily record of the synchrodata content that preserve at the synchrodata content that said second terminal is more current and second terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal, said judgement when preamble data content and the daily record of synchrodata content be the synchronization data types of said setting.
Step S306 is corresponding one by one and identical to step S207 with the step S206 of the method described in Fig. 2 with step S307, does not just add at this and gives unnecessary details.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
Lift object lesson below; The above method is explained; For example, our first terminal is example with the mobile phone here, and said second terminal is example with the computing machine; The synchrodata content of said setting is a contact phone notebook data content in the mobile phone; Contact phone notebook data content that so can only synchronous said setting synchronously the time is supposed to set up before this is connected at said mobile phone and said computing machine, said mobile phone with the contact phone notebook data content of the computing machine record identical with daily record shown in table six.
Table six:
When said mobile phone is connected on the computing machine; Listen to said mobile phone and said computing machine connects; Send data synchronization request afterwards; Said mobile phone is connected to can make through modes such as USB interface, WIFI, bluetooths on the said computing machine and connects, and the synchrodata content of computing machine and mobile phone was shown in table seven described in this was subsynchronous.
Table seven:
Said mobile phone sends to said computing machine with the synchrodata content, and said computing machine sends to said mobile phone with the synchrodata content, and the contact phone data content that below to be said mobile phone send to computing machine and computing machine to mobile phone is shown in table eight.
Table eight:
It is said after mobile phone receives the synchrodata content that computing machine sends; Judge whether the said computing machine contact phone data that receive renewal has taken place; Said after computing machine receives the synchrodata content that mobile phone sends, judge whether the said mobile phone contact phone data that receives renewal has taken place.Renewal below the last synchrodata content daily record of the synchrodata content of computing machine and mobile phone described in this is subsynchronous has had is shown in table nine.
Table nine:
Pass through the synchronous of said data content; Computing machine sends to mobile phone with the contact phone data content of the renewal of contact phone data content, and the contact phone data content that said mobile phone upgrades according to the said computing machine that receives upgrades the contact phone data content of said receipts.Said mobile phone sends to computing machine with the update content of contact phone data content, and the contact phone data content that said computing machine upgrades according to the said mobile phone that receives upgrades the contact phone data content of said receipts.Said computing machine and mobile phone upgrade said contact phone data content daily record separately respectively according to the contact phone data content of the said renewal that receives simultaneously.Below for the contact phone data content of computing machine after accomplishing synchronously and mobile phone and contact phone data logging shown in table ten.
Table ten:
With reference to figure 4, be the structural representation of the autosynchronous system of embodiment of the invention data, as shown in Figure 4, the autosynchronous system of the data of present embodiment mainly comprises first terminal 41 and second terminal 42.Facing each Elementary Function and mutual relationship down elaborates.
First terminal 41 is used to listen to second terminal 42 and connects, and sends synchronization request to said second terminal 42, said first terminal 41 data in synchronization contents is sent to said second terminal 42, and receive the synchrodata content at said second terminal 42;
Said and second terminal 42 connect, and can be the modes through USB interface, also can be that the mode through WIFI and bluetooth connects.
Second terminal 42 is used to receive the synchronization request that send at said first terminal 41, the synchrodata content at said second terminal 42 is sent to said first terminal 41, and receive the synchrodata content at said first terminal 41.
Embodiment of the present invention embodiment, to connecting with second terminal, the synchrodata content is sent to said second terminal in said first terminal through first terminal monitoring, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
With reference to figure 5; It is the structural representation of first embodiment at terminal of the present invention; As shown in Figure 5, the terminal of present embodiment mainly comprises monitoring module 51, module 52, synchronization request module 53, judge module 54, processing module 55, update module 56 and log store module 57 is set.Facing each Elementary Function and mutual relationship down elaborates.
Said listening to second terminal connects; The user is when using first terminal to connect second terminal; In a single day user's first terminal is connected to second terminal, will be listened to be connected to said second terminal, and said first terminal is connected to said second terminal; Can be the mode through USB interface, also can be that the mode through WIFI and bluetooth is connected.For example, the user is when using mobile phone to be connected to computing machine through USB interface, and said mobile phone will listen to said mobile phone and connect with a computing machine, and said first terminal is a mobile phone, and said second terminal is a computing machine.
Said the said data in synchronization type that needs is set, first terminal needs to set in advance carrying out the data in synchronization type with second terminal, is the synchronization data types of default setting when not setting.With the mobile phone is that the said data in synchronization type of example comprises; As phone directory, digital data type such as notepad; The user can be the synchronization data types of mobile phone default setting also, in case set said data in synchronization type when not being provided with simultaneously; When data sync is carried out at said first terminal and said second terminal, can the data in synchronization type can only be the data type of said setting so.
Saidly judge whether said synchrodata content has renewal; Reach synchronously at said first terminal and said second terminal; The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal; The daily record of the synchrodata content that preserve at the synchrodata content that said second terminal of while is more current and second terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal, said judgement when preamble data content and the daily record of synchrodata content be the synchronization data types of said setting.
Said first terminal is sent the synchrodata content of upgrading and is arrived said second terminal; And receive the renewal synchrodata content at said second terminal; When having renewal in the synchrodata at first terminal described in the said synchrodata content, just the synchrodata content with said renewal sends to said second terminal, simultaneously; When having renewal in the synchrodata at second terminal described in the said synchrodata content, just the synchrodata content with said renewal sends to said first terminal.
The synchrodata content at said first terminal of said synchrodata content update and second terminal according to the said renewal that receives; First terminal receives the synchrodata content of the renewal at second terminal; Said first terminal is just according to the synchrodata content at synchrodata content update first terminal of said second terminal updating that receives; Second terminal receives the synchrodata content of the renewal at first terminal, and said second terminal is just according to the synchrodata content at synchrodata content update second terminal of said first terminal updating that receives.
Synchrodata content according to said renewal; Upgrade and preserve the daily record of said synchrodata content; After said first terminal and second terminal synchronizes, the synchrodata content at said first terminal is upgraded according to the renewal synchrodata content at second terminal that receives in said first terminal; And the synchrodata content after the said renewal write log saving; The synchrodata content at said second terminal is upgraded according to the synchrodata content of the renewal at first terminal that receives in said second terminal, and the synchrodata content after the said renewal is write log saving.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
With reference to figure 6, be the structural representation of second embodiment at terminal of the present invention.As shown in Figure 5, the terminal of present embodiment mainly comprises monitoring module 61, module 62, synchronization request module 63, processing module 64, judge module 65, update module 66 and log store module 67 is set.Facing each Elementary Function and mutual relationship down elaborates.
As the said monitoring module of Fig. 6 61, be provided with module 62, synchronization request module 63 and the terminal described in said Fig. 5 monitoring module 51, module 52 is set, synchronization request module 53 is corresponding one by one and function is identical, just do not add at this and do not give unnecessary details.
In this step, said first terminal sends to said second terminal with whole synchrodata contents of local terminal, and receives whole synchrodata content at said second terminal.
Saidly judge whether said synchrodata content has renewal; Said first terminal receives whole synchrodata contents at second terminal; Judge that said first terminal and said second terminal reach synchronously; The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal; Said second terminal receives whole synchrodata contents at first terminal simultaneously; Judge the daily record of the synchrodata content that preserve at the synchrodata content that said second terminal is more current and second terminal, judge whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal, said judgement when preamble data content and the daily record of synchrodata content be the synchronization data types of said setting.
Corresponding one by one and function is identical like the update module 56 at Fig. 6 institute update module 66 and log store module 67 and the terminal described in said Fig. 5 with log store module 57, just do not add at this and do not give unnecessary details.
Embodiment of the present invention embodiment; Through first terminal monitoring to connecting with second terminal; Synchronization request is sent to said second terminal in said first terminal; Said synchronization request comprises needs the data in synchronization type, and the synchrodata content is sent to said second terminal in said first terminal, and receives the synchrodata content at said second terminal.Realized according to listen to connect with second terminal after; Automatically accomplish synchronization of data; Help the user with the synchrodata content stores at first terminal to second terminal; And with the synchrodata download content at said second terminal to first terminal, more convenient to use and need not manual operation.
Above disclosedly be merely preferred embodiment of the present invention, can not limit the present invention's interest field certainly with this, the equivalent variations of therefore doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (7)
1. the autosynchronous method of data is characterized in that, comprising:
First terminal monitoring is to connecting with second terminal, and wherein, said first terminal is a portable terminal, and second terminal is a computing machine;
Synchronization request is sent to said second terminal in said first terminal, and said synchronization request comprises needs the data in synchronization type;
The daily record of the synchrodata content that preserve at the synchrodata content that said first terminal is more current and first terminal; Judge whether the last synchrodata content daily record of the current synchrodata content in said first terminal has had renewal; The daily record of the synchrodata content that preserve at the synchrodata content that said second terminal of while is more current and second terminal judges whether the last synchrodata content daily record of the current synchrodata content in said second terminal has had renewal;
Said first terminal is sent the synchrodata content of upgrading and is arrived said second terminal, and receives the synchrodata content of the renewal at said second terminal;
Said first terminal is according to the synchrodata content at said first terminal of synchrodata content update of the renewal at said second terminal that receives; Said second terminal is according to the synchrodata content at said second terminal of data updated content update at said said first terminal that receives.
2. the method for claim 1 is characterized in that, the synchrodata content is sent to said second terminal in said first terminal, and also comprises after receiving the synchrodata content at said second terminal:
According to the synchrodata content of said renewal, upgrade and preserve the daily record of said synchrodata content.
3. method as claimed in claim 2 is characterized in that, said first terminal is sent synchronization request and also comprised before to said second terminal:
The said data in synchronization type that needs is set.
4. a portable terminal is characterized in that, comprising:
Monitor module, be used to listen to second terminal and connect, said second terminal is a computing machine;
The synchronization request module is used to send synchronization request to said second terminal, and said synchronization request comprises needs the data in synchronization type;
Processing module, the synchrodata content that is used to send renewal be to said second terminal, and receive the synchrodata content of the renewal at said second terminal simultaneously;
Judge module is used for the daily record of the synchrodata content of more current synchrodata content and said portable terminal preservation, judges whether the last synchrodata content daily record of the current synchrodata content of said portable terminal has had renewal;
Update module is used for the synchrodata content according to the said portable terminal of synchrodata content update of the renewal at said second terminal that receives.
5. portable terminal as claimed in claim 4 is characterized in that, also comprises:
The log store module is used for the synchrodata content according to said renewal, upgrades and preserve the daily record of said synchrodata content.
6. portable terminal as claimed in claim 5 is characterized in that, also comprises:
Module is set, is used to be provided with the said data in synchronization type that needs.
7. the autosynchronous system of data is characterized in that, comprising:
First terminal; Be used to listen to second terminal and connect; Send synchronization request to said second terminal; The synchrodata content of said first terminal updating is sent to said second terminal, and receive the synchrodata content of the renewal at said second terminal, and according to the synchrodata content at said first terminal of synchrodata content update of the renewal at said second terminal that receives;
Second terminal; Be used to receive the synchronization request that send at said first terminal; The synchrodata content of said second terminal updating is sent to said first terminal; And receive the synchrodata content of the renewal at said first terminal, and according to the synchrodata content at said second terminal of synchrodata content update of the renewal at said first terminal that receives;
Said first terminal is a portable terminal, and said second terminal is a computing machine.
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| CN2009100385179A CN101526950B (en) | 2009-04-09 | 2009-04-09 | Method and system of automatic synchronization of data and terminal |
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